FallTech® 8246 Heavyweight 6' Shock Absorbing Lanyard, Single Leg, with 2 Snap Hooks

Features: Heavy duty tubular polyester outer jacket web resists abrasion and UV Internal high modulus elastic won't soften from frequent use Forged steel or aluminum connectors with 3,600 lbs gate strength Full-length internal energy absorber limits fall forces to 900 lbs or less

Features: Adjustable Y-leg for 100% Tie-off; with 1 Snap Hook and 2 Rebar Hooks Heavy duty tubular polyester outer jacket web resists abrasion and UV Internal high modulus elastic won't soften from frequent use Forged steel or aluminum connectors with 3,600 lbs gate strength Full-length internal energy absorber limits fall forces to 900 lbs or less

Features: Adjustable Single Leg with 1 Snap Hook and 1 Rebar Hook Elasticated leg expands from 4-1/2' - 6' and helps to minimize tripping hazards Heavy duty tubular polyester outer jacket web resists abrasion and UV Internal high modulus elastic won't soften from frequent use Forged steel or aluminum connectors with 3,600 lbs gate strength Full-length internal energy absorber limits fall forces to 900 lbs or less

Available as a single unit, or as a twin, the DuraTech 6' Mini SRD allows attachment from overhead to 5' below the dorsal D-ring - outperforming traditional shock absorbing lanyards. Customizable, with multiple Steel and Aluminum leg-end and swivel-eye connector options, you can build your SRD for the way you work. Features: Swivel-eye for reduced lifeline leg twisting Durable compact and impact resistant nylon housing Internal locking pawls provide quick and positive stopping action Integral shock absorber also provides visual fall event indication after deceleration Abrasion resistant ...

✓ Elastic leg construction provides variable working length from 4-1/2' to 6' ✓ Durable tubular polyester webbing ✓ Alloy steel snap hook for harness attachment and rebar hook We provide high quality compliance at an economical price with the Global Industrial™ 4-1/2 to 6'L Energy Absorbing Lanyard. Designed to reduce the force imposed on the user, this lanyard's high-modulus internal elastic effortlessly expands and contracts with each movement and retains its elasticity longer than woven materials. A full-length internal energy absorber delivers ...